Avoidable cancers in the Nordic countries. Radiation.

APMIS. Supplementum Pub Date : 1997-01-01
J F Winther, K Ulbak, L Dreyer, E Pukkala, A Osterlind
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Abstract

Exposure to solar and ionizing radiation increases the risk for cancer in humans. Some 5% of solar radiation is within the ultraviolet spectrum and may cause both malignant melanoma and non-melanocytic skin cancer; the latter is regarded as a benign disease and is accordingly not included in our estimation of avoidable cancers. Under the assumption that the rate of occurrence of malignant melanoma of the buttocks of both men and women and of the scalp of women would apply to all parts of the body in people completely unexposed to solar radiation, it was estimated that approximately 95% of all malignant melanomas arising in the Nordic populations around the year 2000 will be due to exposure to natural ultraviolet radiation, equivalent to an annual number of about 4700 cases, with 2100 in men and 2600 in women, or some 4% of all cancers notified. Exposure to ionizing radiation in the Nordic countries occurs at an average effective dose per capita per year of about 3 mSv (Iceland, 1.1 mSv) from natural sources, and about 1 mSv from man-made sources. While the natural sources are primarily radon in indoor air, natural radionuclides in food, cosmic radiation and gamma radiation from soil and building materials, the man-made sources are dominated by the diagnostic and therapeutic use of ionizing radiation. On the basis of measured levels of radon in Nordic dwellings and associated risk estimates for lung cancer derived from well-conducted epidemiological studies, we estimated that about 180 cases of lung cancer (1% of all lung cancer cases) per year could be avoided in the Nordic countries around the year 2000 if indoor exposure to radon were eliminated, and that an additional 720 cases (6%) could be avoided annually if either radon or tobacco smoking were eliminated. Similarly, it was estimated that the exposure of the Nordic populations to natural sources of ionizing radiation other than radon and to medical sources will each give rise to an annual total of 2120 cancers at various sites. For all types of ionizing radiation, the annual total will be 4420 cancer cases, or 3.9% of all cancers arising in the Nordic populations, with 3.4% in men and 4.4% in women.

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北欧国家可避免的癌症。辐射。
暴露在太阳和电离辐射下会增加人类患癌症的风险。约5%的太阳辐射在紫外线光谱范围内,可能导致恶性黑色素瘤和非黑素细胞皮肤癌;后者被认为是一种良性疾病,因此不包括在我们对可避免癌症的估计中。假设下的速度发生恶性黑色素瘤的男性和女性的臀部和妇女的头皮,将适用于所有的身体部位在人们完全暴露在太阳辐射,据估计,大约95%的恶性黑素瘤发生在北欧人群在2000年将由于暴露于自然紫外线辐射,相当于每年约4700例,有2100男性和2600女性,约占所有癌症报告的4%。在北欧国家,每年人均电离辐射暴露的平均有效剂量约为来自自然来源的3毫西弗(冰岛为1.1毫西弗),来自人为来源的约1毫西弗。虽然自然来源主要是室内空气中的氡、食物中的天然放射性核素、宇宙辐射以及来自土壤和建筑材料的伽马辐射,但人为来源主要是电离辐射的诊断和治疗用途。根据测量到的北欧住宅中的氡水平和从开展良好的流行病学研究得出的相关肺癌风险估计,我们估计,如果消除室内氡暴露,北欧国家2000年前后每年可避免约180例肺癌(占所有肺癌病例的1%),如果消除氡或吸烟,每年可避免720例肺癌(6%)。同样,据估计,北欧人口受到氡以外的自然电离辐射源和医疗辐射源的照射,每年在不同地点共造成2120例癌症。就所有类型的电离辐射而言,每年将有4420例癌症病例,占北欧人口中所有癌症病例的3.9%,其中男性3.4%,女性4.4%。
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